/**
* Adds time to timesheets from two given lists and removes them from the lists
*
* @param primaryTimesheets //A list of timesheets that are currently getting the hours
* @param currentTimesheets //A list of timesheets that are still active
*/
private void cleanUpRemainingTimeSheets(
ArrayList<Time_Sheet> primaryTimesheets, ArrayList<Time_Sheet> currentTimesheets) {
Timestamp latestTimePayedFor = primaryTimesheets.get(primaryTimesheets.size() - 1).getEndTime();
// removes all the timesheets from current time sheets, that ended before the last primary time
// sheet
removeOldTimeSheets(currentTimesheets, latestTimePayedFor);
// adds time to the remaining primary time sheets
addTimeToPrimaryTimeSheets(
primaryTimesheets,
currentTimesheets,
primaryTimesheets.get(primaryTimesheets.size() - 1).getEndTime());
// Adds time to the remaining current time sheets
for (int j = currentTimesheets.size() - 1; j >= 0; j--) {
Time_Sheet currenTempTS = currentTimesheets.get(j);
long millis = currenTempTS.getEndTime().getTime() - latestTimePayedFor.getTime();
int minutes = (int) (millis / (60 * 1000));
currenTempTS.addMinute(minutes);
latestTimePayedFor = currenTempTS.getEndTime();
}
currentTimesheets.clear();
}
/**
* Add time to primary timesheets and move them to current timesheets if they're still active
*
* @param primaryTimesheets A list of timesheets that are currently getting the hours
* @param currentTimesheets A list of timesheets that are still active
* @param currentTime The current time to calculate hours and such from;
*/
private void addTimeToPrimaryTimeSheets(
ArrayList<Time_Sheet> primaryTimesheets,
ArrayList<Time_Sheet> currentTimesheets,
Timestamp currentTime) {
// Do for all time sheets in primary time sheet
for (int j = 0; j < primaryTimesheets.size(); j++) {
Timestamp tempEnd = currentTime;
Time_Sheet currentPrimaryTS = primaryTimesheets.get(j);
// If the primary timesheet ended before the new current time, then remove it, add minutes and
// check if any current timesheets are still active.
if (currentPrimaryTS.getEndTime().getTime() <= currentTime.getTime()) {
tempEnd = currentPrimaryTS.getEndTime();
long millis =
currentPrimaryTS.getEndTime().getTime()
- currentPrimaryTS.getStartTimeForCurrentTimeAtAlarm().getTime();
int minutes = (int) (millis / (60 * 1000));
// split the time between all the primary time sheets
for (Time_Sheet myTS : primaryTimesheets) {
myTS.addMinute((minutes / primaryTimesheets.size()));
myTS.setStartTimeForCurrentTimeAtAlarm(currentPrimaryTS.getEndTime());
}
boolean hasAddedNewTimeSheet = false;
// If it's the last primary time sheet. Then move the last added current time sheet to
// primary time sheets.
if (primaryTimesheets.size() == 1 && !currentTimesheets.isEmpty()) {
removeOldTimeSheets(currentTimesheets, currentPrimaryTS.getEndTime());
primaryTimesheets.add(currentTimesheets.get(currentTimesheets.size() - 1));
j++;
primaryTimesheets.get(j).setStartTimeForCurrentTimeAtAlarm(currentPrimaryTS.getEndTime());
currentTimesheets.remove(currentTimesheets.size() - 1);
hasAddedNewTimeSheet = true;
}
// Remove the primary time sheet we have calculated time for
if (hasAddedNewTimeSheet) {
primaryTimesheets.remove(j - 1);
j--;
} else {
primaryTimesheets.remove(j);
}
j--;
} else { // if the primary time sheet ended after the current time, then add minutes and move
// it to current time sheets
long millis =
tempEnd.getTime() - currentPrimaryTS.getStartTimeForCurrentTimeAtAlarm().getTime();
int minutes = (int) (millis / (60 * 1000));
currentPrimaryTS.addMinute(minutes);
currentPrimaryTS.setStartTimeForCurrentTimeAtAlarm(currentTime);
currentTimesheets.add(currentPrimaryTS);
primaryTimesheets.remove(j);
j--;
}
}
}